1) phase-locked interference
锁相干涉
1.
A Faraday modulating system is used to modulate the phase between two interference light beams and the phase is detected by phase-locked interference.
该方法采用了微分偏振干涉的原理，利用由法拉第磁光调制器所组成的调制系统对偏振干涉光路的位相进行调制，利用锁相干涉原理对位相进行探测。
3) destructive interference
相消干涉
1.
This paper discusses the conditions and distributions of constructive interferences and destructive interferences when two interference wave sources on the focuses of an ellipse, a rotation ellipsoid, a hyperbola or a rotation hyperboloid.
定量讨论了置于椭圆与双曲线焦点上的两个相干波源在椭圆、旋转椭球面、双曲线以及旋转双叶双曲面上产生相长干涉与相消干涉的条件与分布。
2.
06MeV in 12 C(p,γ) reaction are attributed to the destructive interference between semidirect capture and fine resonance capture in the process of doorday state.
这是因为半直接俘获与门态过程中的共振俘获之间有相消干涉效应 ,计算结果与实验值符合较
3.
At the effect of the strong coupling field,the coupling transition produces a pair of the dressed states transition,which changes the probe transition into two transitions lead destructive interference to absorption,and the medium takes completely on the transparency phenomena.
阐述在三能级原子系统中产生的电磁诱导透明现象,在强耦合场作用下,耦合跃迁产生一对修饰态跃迁,把探测场跃迁一分为二,分裂后的两个探测跃迁由修饰态相干对吸收引起相消干涉,从而抑制吸收,使介质在强相干场作用下呈现完全透明现象。
4) constructive interference
相长干涉
1.
This paper discusses the conditions and distributions of constructive interferences and destructive interferences when two interference wave sources on the focuses of an ellipse, a rotation ellipsoid, a hyperbola or a rotation hyperboloid.
定量讨论了置于椭圆与双曲线焦点上的两个相干波源在椭圆、旋转椭球面、双曲线以及旋转双叶双曲面上产生相长干涉与相消干涉的条件与分布。
5) phase-shifting interferometry
相移干涉
1.
Research on phase-shifting interferometry contrast three-dimensional topography of ultra precision surface
超精表面三维形貌相移干涉检测实验研究
2.
It employs two optical nondestructive methods:computer microvision for in-plane motion measurement and phase-shifting interferometry for out-of-plane motion mesasurement.
它采用了2种光学无损测量方法:计算机微视觉方法用于面内运动测量;相移干涉方法用于离面运动测量。
6) Interferometric phase
干涉相位
1.
This paper is focused on the analysis of the relation between the landform and its interferometric phase according to the InSAR principle The flat,upgrade and downgrade are analysed in detail These are proved and explained by the real data example
本文从合成孔径雷达干涉测量的原理出发 ,具体分析干涉相位与地形变化的相互关系 ,并着重分析了平地、上下坡等情况 ,而且用实际例子加以论证、说
2.
We propose a method to estimate the InSAR(Interferometric Synthetic Aperture Radar) interferometric phase based on the model of joint single pixel.
提出了一种基于联合单像素模型的InSAR(Interferometric Synthetic Aperture Radar)干涉相位估计方法。
3.
The method joints the range history with the interferometric phase.
针对在多通道合成孔径雷达地面运动目标检测系统中采用常规测速方法估计运动目标径向速度时产生模糊的问题,提出了一种联合斜距历程和干涉相位的不模糊速度估计方法(JRHIP)。
补充资料：相消干涉
分子式：
CAS号：
性质：在光的干涉中，两光波互相抵消振幅等于零，称为相消干涉。
CAS号：
性质：在光的干涉中，两光波互相抵消振幅等于零，称为相消干涉。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条